KR101051592B1 - Battery Power Generation Device - Google Patents

Abstract

According to the present invention, a member is charged while driving separately to a member's vehicle so that a member of a main server registers, a payment management server contracted with a main server acts as a payment agent, and a contractor contracts with the main server to perform commerce through the main server. A fixed bracket 76 installed to be rechargeable in the vehicle so as to accommodate the battery 80, and a battery 80 accommodated and charged in the fixed bracket 76 and having recognition means 82 for recognition;

The workplace of the operator 100 includes a battery recognition unit 110 including a reader 120 that leads the recognition means 82 of the battery 80 to produce AC power, and a DC power supply through the power connection terminals 115 and 116. AC power generation unit 125 for generating the AC power and the recognition ID of the battery recognition means 110 through the reader 120 is confirmed from the main server 60 through the Internet connection through the modem 134, the member It has a control unit 130 to charge the charge of the battery from the payment management server 50; The relay 135 is installed at one output terminal O1 of the controller 130, and the relay 135 is connected to a load by connecting commercial power in a normal state and supplying AC power through a rechargeable battery. It is a power production device using.

Electric power production, sales method

Description

Power generating device using a battery

According to the present invention, when a spare battery is installed in a commercial vehicle, and a plurality of drivers collect the charged batteries in a certain place, the operator of a certain place collects the power of the battery in cash or pays a suitable commodity, and collects various The present invention relates to a power generation apparatus using a battery, which consumes or sells generated power by producing commercial AC power by connecting batteries.

With the recent rapid development and spread of information systems and the Internet, the value of information assets is increasing day by day, and there are various attempts to protect them. Technically, technologies for diagnosing or removing vulnerabilities of various threats such as hacking, viruses, worms, and trojans have been developed. This includes firewalls, antivirus programs, and intrusion detection systems.

The firewall aims to analyze network traffic and only allow traffic that meets the established ruleset. The ruleset is generally set based on the IP address and the port number. It does not search the data itself. Therefore, installing a firewall does not prevent phishing.

Antivirus programs aim to remove programs for malicious purposes (system destruction, data deletion, system performance degradation, etc.). Phishing is not a program, so installing an antivirus program on your PC does not prevent phishing, such as visiting fake sites.

Intrusion detection system analyzes network traffic and detects hacking using known hacking pattern and informs system administrator. Therefore, even if the intrusion detection system is installed, it does not prevent phishing to transmit information desired by the user.

Keyboard encryption program blocks the leakage of information from malicious programs, such as logging programs that may be installed on the PC by encrypting from the user's input from the keyboard of the PC. Therefore, even if a keyboard encryption program is installed, phishing and the like cannot be prevented.

These technologies and solutions effectively protect information assets from various hacking attempts and information leakage attempts. Nevertheless, as shown in the recent Internet banking, personal information leakage and internet fraud using phishing are frequent. Such fraud is to provide the user with the information in the user's memory, and there is a limit to preventing the existing security products.

In addition, in online shopping using a communication network such as the Internet, a web browser using HI (Text Markup Language) or VRML (Virtual Reality Modeling Language) for providing product information can be viewed. You can easily check the product information. When placing an order, select the desired product and enter information about the order. Upon completion of the order, the order details indicating the contents of the order and the amount purchased will be mailed or emailed. In most cases, the goods will be delivered by courier in a few days. Products that are available electronically via the network, such as software, are immediately downloaded and arrive in the hands of the purchaser. If the payment is made using a credit card, a bill of use and a revolving payment amount are collected from the card company for the past month, and a statement of use and a withdrawal notice are sent and automatically withdrawn from the bank account at a predetermined date. Of course, you can also debit using Internet banking.

An example of such a configuration includes a client (user, member) 10, an internet network 30, a delivery management server 40, a shopping server 20, and a payment management server 50 as shown in FIG. 1. do. The client 10 connects the input device 12, the output device 13, the storage device 14, and the communication cable 15 to the computer 11. The device configuration of the delivery management server 40 and the payment management server 50 is the same configuration as the shopping server 20, the computer (41, 51, 21), the storage device (42, 52, 22), the communication cable ( 43,53,23). In this case, the communication line is represented by a communication cable, but it may be implemented by a wireless network.

In this manner, when the client 10 connects to the shopping server 20 through the Internet network 30 and selects a desired item and makes a purchase request, the shopping server 20 receives the purchase cost from the payment management server 50. When the payment is received, it is made to be delivered through the delivery management server 40, and when the purchased goods are delivered to the client by delivery through the delivery management server 40, the payment is made to the payment management server 50 using a card or the like. And the progress step according to the purchase can recognize the status of the payment through the delivery management server 40, the status of payment through the payment management server 50 so that you can easily know the intermediate step.

This approach, however, was to implement simple commerce, and it was not possible for the driver to use the batteries to create mutual benefits for operators such as gas stations.

It is an object of the present invention to collect a battery at a certain place, a person driving a car (called a driver) must have a battery and gather at a certain place operated by an operator or operator of a certain place, and drivers may frequently come and go. Gas stations, factories, taxi or bus companies, large parking lots, etc., will generate electricity at the workplace and benefit the drivers to create mutual benefits.

Another object of the present invention is that with the help of the driver, operators can effectively produce / use / sell power, and furthermore, it is possible to reduce the energy of various resources required to produce existing electricity, as well as the recent serious environmental pollution problem. I would also like to reduce.

According to the present invention, people (drivers and members) who drive each car are equipped with spare batteries in the vehicle to charge the spare batteries during daily driving.

When a charged battery is brought to the place of business where the operator is located (for example a gas station), the operator or operator who maintains the schedule pays the amount of electricity charged in the battery brought by the individual driver. Operators have an AC power generation unit that can collect batteries and convert them to commercial power.

      Battery description;

The spare battery of the car is firmly mounted so as not to shake in the trunk of the car or in the space under the seat.

      The spare battery uses a light and easy to carry battery for easy removal. Battery capacity is designed for each vehicle (small, medium, large, truck, etc.). Batteries use environmentally friendly batteries to reduce environmental pollution caused by increased battery quantities.

How to check battery capacity:

       There is a method of checking the battery capacity of the driver and a method of checking by the operator, and the driver and the operator check each other. By default, the battery is taken over by the operator that the battery is fully charged.

How to replace the battery:

The operator receives the battery full from the driver and returns the discharged battery to the driver. The battery that is returned to the driver does not necessarily have to be returned by specifying the battery received from the driver. Instead, the battery that has similar performance is returned.

How to pay the power to the driver:

At the time of battery replacement, the operator completes the payment to the driver by cash or the corresponding commodity payment to the driver by the battery capacity, points or cash deposits using the membership card (or affiliate card), or partial reduction of the billed amount. However, the battery capacity generally receives a fully charged battery, and the capacity marked on the battery at the time of factory production is considered to be fully charged. The criteria for calculating the conversion fee for battery power should be calculated to the extent that the operator can profit.

How to supply spare battery for the driver:

       The driver should have a spare battery for charging while driving the car. Initially, the operator can purchase the battery for promotion and rent the battery free of charge to the driver, and if necessary, the driver can directly purchase the battery.

Software for Driver Management

       If the operator lends the battery to the driver free of charge, to identify the driver and the car,

       When a driver brings a battery, the driver must register and confirm registration using software to distinguish whether the driver is a driver with a fully charged battery or the first visit.

Description of connection to battery and generation of utility power:

      The battery of the car is DC electricity with an average capacity of 12V 50AH, and the electricity used in general homes or gas stations is 220V AC, so the batteries are collected and connected in series / parallel and converted to 220V AC using an AC power generator, a DC / AC converter. You can use

        As can be seen in the following example, in a general gas station using 30 20W fluorescent lamps, if only 20 batteries are collected and connected, the fluorescent lamp can be used for about 20 hours without using KEPCO's electricity.

        Ex) Gas station daily use power: 12KW,

                  20 W fluorescent light X 30 X 20 hours = 12 KW

         Battery Requirements: 12V 50AH = 0.6KW / H X 20 = 12KW

        In other words, if 20 batteries are used every day, it generates 360KW of electricity based on 30 days of use.

        For reference, the monthly electric charges of general gas stations using 360 kW per month can be saved.

Stable environment composition;

        BACKGROUND ART Conventional automotive batteries have become mainstream lead-acid batteries, and recently, nickel-hydrogen batteries or lithium-ion batteries for electric vehicles have attracted attention.

        For the present invention, it is necessary to collect several low-power batteries in one place and pull them up to commercial power. Therefore, a battery of low quality and low risk of explosion and use of stable quality battery without the risk of explosion should be used. It should be installed where there is no risk of fire.

Circuit configuration for stable power generation by battery connection;

       In order to produce commercial power by connecting multiple batteries in series / parallel, existing DC / AC converter circuits can be used.

Description of Surplus Power Sales:

If more batteries are gathered, additional power can be produced to secure a lot of batteries, which is a condition for selling surplus power from the time when the gas station itself exceeds the used power.

      At present, the sales power rate is higher than the used power rate, so the more the battery is collected, the more the profit increases. Of course, the method of selling surplus power may be performed using a method known as Korean Patent Registration No. 10-0402228, National Publication No. 10-2002-0009494, or the like, and may be carried out separately by a contract with a user.

By using a vehicle used as a conventional means of production as a means of production, a new energy source is born. In addition, both drivers and operators create new benefits and benefit both the state and the people.

 The driver runs his car as usual, goes to the place where the operator is, gives the fully charged battery to the operator, receives some cash or merchandise, receives a discharged (not fully discharged) battery, Continue to generate revenue by recharging while driving and redeeming for cash or merchandise.

In addition, the operator can receive the electric power (battery) at a low cost from the driver and use the electric power by itself or sell it to the electric power company when surplus electric power is generated.

The number of cars in Korea is about 16 million, and there are billions of cars worldwide. Many of these cars are moving generators that can generate electricity on their own while running. As a result, billions of moving generators run around the world 24 hours a day, 365 days a year. There is no energy production and use of rechargeable batteries in these vehicles.

Hereinafter, embodiments of the present invention will be described in detail with reference to the drawings.

2 is a conceptual diagram of the present invention, in which a driver who is a member 70 charges a battery 80 to be charged in addition to the primary battery of the vehicle while driving;

For example, the operator 100 collects the battery 80 received from the driver in the case of a gas station, collects the battery 80 received from the driver, generates AC power in the AC power generating unit 125 of FIG. To sell to the intermediary of the server 60;

The main server 60 recognizes the member 70 and the operator 100 and the battery 80 information by using the Internet network 30 to make a database, and calculates the amount to be given to the member by the number of charged batteries. It consists of 60.

3 is a configuration diagram of the present invention, Figure 4 is a carrier side configuration diagram of the present invention, Figure 5 is a driver side configuration diagram of the present invention, the web browser screen provided by the main server 60 through the Internet network 30 A main server 60 for guiding the membership of the member 70 and the operator 100 and storing the subscription data in the storage device 62; Wow

It consists of a carrier 100 having a recognition means 82 of a battery 80 which is additionally stored in the storage device 62 of the main server 60.

The operator 100 includes a battery recognition unit 110 including a reader 120 that leads the recognition means 82 of the battery 80 connected to the power connection terminals 115 and 116 shown in FIG. 4 to produce AC power. Wow,

An AC power generator 125 receiving DC power corresponding to the number of battery charges of the member through the power connection terminals 115 and 116 to generate AC power;

Recognized ID and member ID recognized from the battery recognition unit 110 through the reader 120 in the main server 60 through the Internet connection through the modem 134, and pays the cost corresponding to the number of battery charge of the member A control unit 130 controlling to make a payment from the management server 50;

A relay 135 is installed at one output terminal O1 of the controller 130, and the relay 135 is turned off in a normal state to connect commercial power, and is turned on when supplying AC power through a rechargeable battery to cut off commercial power. And connect the produced AC power to the load.

The output terminal O3 of the controller 130 is connected to a printer 137 for printing a barcode to be attached to the battery.

The recognition means 82 may be a magnetic bar, and the reader 120 corresponding thereto may be a magnetic reader.

The recognition means 82 may include an RFID, and the reader 120 corresponding thereto may include an RFID reader. Reference numeral 112 is a fixing bracket for receiving the LM guide 114 for controlling the movement of the reader 120, and the power connection terminal (115, 116) for connecting the battery 80 terminal. The control unit 130 adds a separate memory device 136 to store the drive program and its own data of the main server of the operator 100 and the database required by the operator in the main server. Reference numeral 132 is an interface for converting data through the modem 134 and the controller 130 into a standard form. Of course, the controller 130 should include a keyboard 140 for providing a corresponding command and a display 150 for displaying the corresponding content. In the normal state, the relay 135 supplies the commercial AC power to the various loads RL of the workplace through the contact point a10, and when the AC power generation unit 125 produces power, the output terminal of the control unit 130 ( The contact a20 is connected by driving the relay 135 through O1) to supply power through the AC power generator 125 to the load RL.

In FIG. 5, the output of the generator 72, which is generated in conjunction with the engine 71 of the vehicle, charges the internal battery 75 through the rectifier 73. According to the present invention, a separate fixing bracket 76 is added thereto, and the additional fixing bracket 76 receives the output of the rectifier 73 simultaneously or selectively by connecting the battery 80 with the recognition means 82 added thereto. (This can be implemented using a means of switching automatically or manually, so simply explain that it is simultaneously or selectively received.)

Figure 6 is a database configuration example of the present invention, Figure 7 is the memory device 62, the member ID (a1 ~ a _n) of the data field configuration illustrated road, the main server 60 show an example using a driver member based, battery The IDs b1 to b _n and the operator IDs c1 to c _n are stored as fields and data.

FIG. 7 is an example of data extracted based on a driver member, and may be divided into member IDs (a1), battery IDs (b1, b2, and b3), and operator IDs (c2), and at the same time, details (a1 b * 3 c2). It can be exemplified by extracting. This means that the member with the driver ID (a1) has brought three batteries, and the business name of the workplace brought is a business operator (c2). Here's how much you need to pay for each battery, and there's a cost to return. In this case, the cost may be subtracted from the goods purchased from the operator, may be remitted to the account listed at the time of membership registration, or may be paid in a separate electronic coupon, simply pay through the payment management server 50. .

In the present invention, a bar code used as a kind of the recognition means 82 is an alphanumeric or special symbol encoded by a combination of a thick or thin bar (black bar) and a space (white bar) for easy optical reading. This enables expression of information, collection and decryption of information. A sequence of black bars and white spaces representing letters or numbers is arranged to convert the bars and spaces into bits of binary zeros and ones, which are then combined and used as information, which is defined by the rules defined by the bar code language called symbology. Is made. In other words, a bar code is a language composed of 0 and 1 bits, which are the basic logic of computer internal logic, and there are various types of code systems depending on the ratio of the thickness of the bar to the width of the space. The printed code reproduces the data by reflecting light to the barcode recognition device, and collects and transmits the reproduced data.

To decode the information in the bar code, small light spots that reflect the changing values reflect through the bar and space through the scanner. The black bar, the black bar part of the barcode, reflects a small amount of light into the scanner (reader 120), and the white space bar in the middle of the black bar reflects a large amount of light. The difference in the amount of reflected light is translated into an electrical signal by a light detector in the scanner, which is then converted into binary zeros and ones, which are used in various combinations to represent specific letters and numbers. The letters and numbers are read using the combination of 0s and 1s. The barcode reader 120 has various types such as a pen type formed like a ballpoint pen, a contact type CCD type, and a laser type recognized as a laser beam. Any of the data is converted into a form that can be collected by a computer or a bar code by a circuit of a translator called a decoder or a decoder program, and then data is transmitted to the control unit 130.

In this case, the barcode will be irrelevant to what type of barcode is used, such as one-dimensional barcode or two-dimensional barcode.

As a result, the present invention is the member 70 to the main server 60 as a member, the payment management server 50 contracted with the main server 60 acts as a payment, the main server 60 to join the operator One operator 100 is made to conduct commerce via the main server 60.

That is, the main server for the subscription and management of the operator 100 and the member 70 (since there are many members, denoted as (70-1 to 70-n)) and power sales through the power sales intermediation server 65 60 and the operator 100 to manage the member and the rechargeable battery 80 under the intermediary of the main server 60 and having an AC power generating unit 125 to produce commercial power with the battery 80, and the battery A basic system consisting of the members 70 that charges 80 and supplies them to the operator 100 is used.

In such a system, the main server 60 stores the information of the operator 100 and the member 70 together with the ID applied to the rechargeable battery 80 to be used as a database in the storage device 62 and the member. (70) explains the charging of the battery and its benefits when signing up for membership, so that they can sign up for consent, and perform the preparation process for providing the battery to be charged by the subscribed member online or offline. Preparation process is good to supply the driver to the battery member through the operator 100. Operators can include gas stations, hypermarkets, factories, and public places.

Subsequently, the operator collects the battery 80 fully charged by the member and supplies a battery for charging, and generates power from the AC power generation unit 125 provided by the controller using the collected full battery 80. The contact a20 of the relay 135 driving through) is turned on to perform a production process using power to supply production power to the load RL by itself.

In this case, the main server 60 calculates the production power cost according to the production process according to the battery collection to the operator in the manner as shown in FIG. 7, for example, and sets the calculation cost to the member 70 through the payment management server 50. Operational procedures that return to the account or subtract from the operator's cost of sales are carried out sequentially.

1 is a general e-commerce configuration diagram,

2 is a conceptual diagram of the present invention;

3 is a block diagram of the present invention,

Figure 4 is a carrier side configuration of the present invention,

5 is a driver side configuration diagram of the present invention;

6 is an exemplary database configuration of the present invention;

7 is an exemplary diagram illustrating a data field configuration showing an example of using a driver reference.

Claims (7)

delete delete The member joins the main server as a member, the payment management server contracted with the main server acts as the billing agent, and the contractor contracted with the main server conducts transactions through the main server. A fixed bracket 76 installed so that the member can be charged in the vehicle so as to accommodate the battery 80 to be charged while driving separately from the member's own battery 75; and A battery 80 received and charged in the fixed bracket 76 and having a recognition means 82 for recognition; In the workplace of the operator 100, the battery recognition unit 110 including a reader 120 for reading the recognition means 82 of the battery 80 connected to the power connection terminals 115 and 116 to produce AC power, and An AC power generator 125 that receives DC power through the power connection terminals 115 and 116 and generates AC power; Recognized ID and member ID recognized from the battery recognition unit 110 through the reader 120 in the main server 60 through the Internet connection through the modem 134, and pays the cost corresponding to the number of battery charge of the member A control unit 130 controlling to make a payment from the management server 50; A relay 135 is installed at one output terminal O1 of the controller 130, and the relay 135 is turned off in a normal state to connect commercial power, and is turned on when supplying AC power through a rechargeable battery to cut off commercial power. And connect the produced AC power to the load, The output terminal (O3) of the control unit 130 is a power production device using a battery, characterized in that for connecting a printer for printing a bar code to be attached to the battery. 4. The apparatus of claim 3, wherein the recognition means (82) is a barcode and the reader (120) is a barcode reader. delete 4. The apparatus of claim 3, wherein the recognition means (82) is a magnetic bar, and the reader (130) is a magnetic reader. 4. The apparatus of claim 3, wherein the recognition means (82) is an RFID and the reader (130) is an RFID reader.

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